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        "event_title":"CA Seminar: Bernstein-Sato polynomials and log resolutions by orbifolds",
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        "combined_title":"CA Seminar: Bernstein-Sato polynomials and log resolutions by orbifolds: Jonghyun Lee",
        "event_subtitle":"Jonghyun Lee",
        "event_type":"Workshop \/ Seminar",
        "event_type_id":"21",
        "description":"Abstract: The Bernstein-Sato polynomial is an important invariant of singularities, intimately related to the monodromy of the Milnor fiber, the log canonical threshold, and rational and Du Bois singularities. A classical method introduced by Kashiwara and refined by Lichtin provides estimates for the roots of the Bernstein-Sato polynomial in terms of a log resolution. In this talk, we extend their method to log resolutions by orbifolds, which has applications to the singularities of weighted homogeneous and Khovanskii non-degenerate complete intersections.",
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                "group_name":"Commutative Algebra Seminar - Department of Mathematics",
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    {
        "datetime_modified":"20260922T140247",
        "datetime_start":"20261005T150000",
        "datetime_end":"20261005T160000",
        "has_end_time":1,
        "date_start":"2026-10-05",
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        "time_zone":"America\/Detroit",
        "event_title":"HEP-Astro Seminar | Low-Energy Physics in Liquid Argon Time Projection Chamber Neutrino Detectors",
        "occurrence_title":"",
        "combined_title":"HEP-Astro Seminar | Low-Energy Physics in Liquid Argon Time Projection Chamber Neutrino Detectors: Bryce Littlejohn (Illinois Institute of Technology)",
        "event_subtitle":"Bryce Littlejohn (Illinois Institute of Technology)",
        "event_type":"Workshop \/ Seminar",
        "event_type_id":"21",
        "description":"Liquid argon time projection chamber (LArTPC) detectors have become the global technology of choice for performing neutrino flavor oscillation measurements with accelerator neutrino beams.  The millimeter-precision 3D images these detectors produce contain meters-long tracks and showers generated by neutrino interaction products, as well as mm-scale blips generated by isolated MeV-scale energy depositions.  While GeV track and shower features have been extensively leveraged for oscillation and neutrino-nucleus cross-section measurements, MeV-scale blip features are comparatively under-studied, despite their ability to uniquely access a range of physics and astrophysics signatures.  In this talk, I will overview the physics benefits of MeV-scale reconstruction in neutrino LArTPCs, including solar and supernova neutrino burst detection, improved particle identification and hadronic calorimetry for beam neutrino measurements, and more.  I will also present work performed by the LArTPC-focused Littlejohn Neutrino research Group experiment at IIT that has created new low-energy LArTPC reconstruction tools, demonstrated new MeV-scale LArTPC physics capabilities, and performed new particle physics measurements relying on these new techniques.",
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                "guid":"150585-21909678@events.umich.edu",
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        "tags":["Physics","Science"],
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